MANSON KPS-6602 Laboratory Power Supply 1-32V DC / 0-30 A

£449.00

Quantity: at £449.00 each

MANSON KPS-6602 Laboratory Power Supply 1-32Volt DC / 0-30 Amp

Remote Power Supply with Ethernet Networking and DC Waveform Generator

The KPS Series of remotely controllable switching power supplies allow testing and verification because its versatile 10-step waveform generator can simulate common electronic test conditions , In addition to the built-in USB interface, an optional Ethernet interface allows the user to configure, operate and display basic settings of the switch mode power supply via LAN or the Internet.The KPS series uses the SCPI (Standard Commands of Programmable Instruments) syntax, making it easy to integrate into electronic test systems. Two 4-digit displays offer a resolution of 10mV or 10mA. Three freely programmable voltage and current presets can be stored and recalled via the front panel buttons. User adjustable output current and voltage limits protect the connected loads from damage due to overvoltage and current. The on / off button for the output and the locking button for the controls allow safe and convenient operation. The analog remote control of voltage, current and on / off switching of the output provides flexibility in the operation of the switching power supply. For laboratories, universities,

Programmable via USB or LAN remote control (with optional LAN card) 10 step waveform generator 4-digit digital voltmeter and ammeter 3 freely programmable memories for voltage and current adjustment User-dependent voltage and current limit setting analogue remote control for voltage, current and connection of the output output input Off and key lock Rotary encoder Coarse and fine adjustment Silent fan temperature controlled from 0 to full load Self Diagnosis Check LED display and fan check Active PFC and High Power efficiency Safety circuits such as overload protection, overvoltage (OVP), over temperature and short circuit protection protect the power supply from damageUpper limits for the output voltages and currents are programmable, which prevent incorrect operation during normal operation.